void TwoDSceneXMLParser::loadSceneFromXML( const std::string& filename, TwoDScene& twodscene, SceneStepper** scenestepper, scalar& dt, scalar& max_t, scalar& maxfreq, std::vector<renderingutils::Color>& particle_colors, std::vector<renderingutils::Color>& edge_colors, std::vector<renderingutils::ParticlePath>& particle_paths, renderingutils::Color& bgcolor, std::string& description, std::string& scenetag, TwoDimensionalDisplayController& display)
{
assert( *scenestepper == NULL );
//std::cout << "Loading scene: " << filename << std::endl;
// Load the xml document
std::vector<char> xmlchars;
rapidxml::xml_document<> doc;
loadXMLFile( filename, xmlchars, doc );
// Attempt to locate the root node
rapidxml::xml_node<>* node = doc.first_node("scene");
if( node == NULL )
{
std::cerr << "\033[31;1mERROR IN XMLSCENEPARSER:\033[m Failed to parse xml scene file. Failed to locate root <scene> node. Exiting." << std::endl;
exit(1);
}
// TODO: Clear old state
// Camera
loadCameraLocation(node, display);
// Scene
loadParticles( node, twodscene );
loadEdges( node, twodscene );
loadSceneTag( node, scenetag );
// Forces
loadSpringForces( node, twodscene );
loadSimpleGravityForces( node, twodscene );
loadGravitationalForces( node, twodscene );
loadDragDampingForces( node, twodscene );
loadVorexForces( node, twodscene );
// Integrator/solver
loadIntegrator( node, scenestepper, dt );
loadMaxTime( node, max_t );
// UI
loadMaxSimFrequency( node, maxfreq );
// Rendering state
particle_colors.resize(twodscene.getNumParticles(),renderingutils::Color(0.650980392156863,0.294117647058824,0.0));
loadParticleColors( node, particle_colors );
edge_colors.resize(twodscene.getNumEdges(),renderingutils::Color(0.0,0.388235294117647,0.388235294117647));
loadEdgeColors( node, edge_colors );
loadBackgroundColor( node, bgcolor );
loadParticlePaths( node, dt, particle_paths );
std::string description_string;
loadSceneDescriptionString( node, description );
}
void StableFluidsSimXMLParser::loadExecutableSimulation( const std::string& file_name, scalar& max_time, int& velocity_pattern, std::string& description, std::string& scenetag, scalar &diff, scalar &visc )
{
// Load the xml document
std::vector<char> xmlchars;
rapidxml::xml_document<> doc;
loadXMLFile( file_name, xmlchars, doc );
// Attempt to locate the root node
rapidxml::xml_node<>* node = doc.first_node("scene");
if( node == NULL )
{
std::cerr << "\033[31;1mERROR IN XMLSCENEPARSER:\033[m Failed to parse xml scene file. Failed to locate root <scene> node. Exiting." << std::endl;
exit(1);
}
// Determine what simulation type this is (particle, rigid body, etc)
std::string simtype;
loadSimulationType( node, simtype );
// Parse common state
loadMaxTime( node, max_time );
loadSceneDescriptionString( node, description );
loadSceneTag( node, scenetag );
// Parse the user-requested simulation type. The default is a particle simulation.
if( simtype == "stable-fluids" )
{
loadVelocityPattern( node, velocity_pattern );
loadDiffusion( node, diff );
loadViscosity( node, visc );
}
else
{
std::cerr << "\033[31;1mERROR IN XMLSCENEPARSER:\033[m Invalid simtype '" << simtype << "' specified. Valid options are 'particle-system' and 'rigid-body'. Exiting." << std::endl;
exit(1);
}
}
